processing interactions between humans and VR systems

Computer-based VR systems have monitors to track information transferral from humans to computers, volumetric graphics software and screen displays to transmit computer-to-human interaction, and strong computing systems to manage the creation of virtual components and orchestrate how they connect with human beings. In order to make a feeling of interaction with a realistic setting, computing systems should sense and process more than 50 (and optimally a hundred or more) interactions between a human and computer each second. At lower speeds, one's brain receives conflicting impulses from the organelles in the inner ear (that sense motion right away) vs. the eyes (which sense a lagged image), causing motion sickness and disconfiguration. As computer performance grows, it is easier to reduce the delay in the interaction between human beings and artificially-generated worlds. This expands the availability and range of applications for Virtual Reality (VR). Spincam for more on these VR topics.

The applied science of virtual reality is still in early development. In any event, this is evolving rapidly. Currently, the minimum standards for Virtual Reality include simulation of three-dimensional vision through a head-mounted VR display, monitoring of hand location and direction to handle artificially constructed things -- for example, by a motion-recording glove, and audio that reasonably corbehaves to objects in the VR simulation. Basic artificially constructed touch such as by a pressure-resistance glove is increasingly common, but is still not needed to reach the minimum definition of virtual reality. Virtual Tours Minnesota also has related information.

Further info at Virtual Reality Gaming .